OSL executed a complete electrical, control and automation solution. After a detailed study about every aspect of the application the selection for the VFD was done. This drive was able to meet the required criteria and the cost-effective and maintenance-friendly equipment maximizes uptime while providing performance, functionality, flexibility and savings.

We proposed a VNA with a Dielectric Assesment Kit (DAK) for characterization of liquid and thin-film material. To measure permittivity of material we are using SPEAG’s software to control and measure the data like reflection coefficient, Voltage Standing wave Ratio (VSWR) and Impedance of material.

There are four radial ribs to be controlled by single screen GUI based application software. Each radial rib consists of three PZT actuators along with displacement sensors to make it mechanically active and to measure the displacement respectively.

The electrical circuitry in automobile vehicles is very complex and contains large number of various electrical and electronic components and client needs to have analysis of different parameters and to observe the response of the circuit components in the form of signal or waveform.

In the preventive process of panel, thermal camera is used for thermography. Thermal camera creates an image by converting radiant heat energy into a signal that can be displayed on a monitor. The heat develops when any part of elements consumes more current or is faulty or short circuited.

The primary challenge was to develop an automated testing system which can communicate with test & measurement devices of different make using different protocols, different interfaces and by providing the hardware interlocks before DUT is connected to system.

Optimized solutions has developed a most favorable solution considering all primary requirements of client, as well as future possibility of TLED Performance Testing. Optimized solutions has designed an ATE for TLED Performance Testing so that user perform test multiple TLEDs simultaneously on single ATE.

The main challenge was to develop an Automated Test System which measures the information of actual voltage and current used by all the equipment of truck cabinet which holds the control of all automotive hardware and clusters of different meters and symbols, checking the harness of the full system.

The challenge was to replace this system with a new one which would give a better control over the system, which would reduce the wiring and have accurate results. The monitoring was also to be provided which will give the perfect picture and real time status of the wagon tippler and the Side arm charger.

OSL successfully installed and commissioned the Energy Management System as per the requirement and gave the customer the flexibility to develop in the field on energy monitoring and to store the data through wireless system.

The main challenge was to acquire real time complex I & Q data, separate the I & Q data and run CORDIC algorithm to find phase correction of I & Q data. DLLRF system acquire I and Q data from LLRF board and it extract the data using real time FPGA based modular RF DAQ module and modulation schemes defined in application software

Eight independent RF source having 2.5 MW power output at VSWR of 2.0 and Bandwidth of 2MHz and each source should be operated independently as well as in slave mode with synchronization with central control system.

We can get the display of mechanical parameters like motor efficiency, speed(RPM), torque and mechanical power, and electrical parameters like electrical power, power factor, Harmonics(THD) and Unbalance

OSL has given an data acquisition and control system which can generate the required signal to test device under test and fetch the signals generated during test operations. Fetched data will be analyzed in details by the application software and results along with pass-fail will be displayed to users.

Today pump manufactures need to be ever more efficient and reliable. To achieve much more smart control, traditional relays and electronics boards solution with “traditional controllers” replaced with smart control systems with integrated and functionalities for pumping and energy efficiency

Customer required high speed digitizer / Digital to analog or high speed deserializer and serializer modules. Flex Rio adaptor module provides an interface for de-serialization of the incoming data and feed it to FPGA board.

To improve their manufacturing quality, the client wanted to develop a portable, rugged equipment for industrial use, with longer battery life; Wheel End Tester (WET) which is an equipment that measures quality of the Anti-lock Braking System (ABS) at the end line of manufacturing.

We built a system that provides a high speed execution of the tablet pressing so the production increases up to millions of tablet per hour. Also, the system can operate in reliable and safe manner after the high speed execution.

The system provided by the Optimized Solutions was a Data Acquisition System which was able to measure the user defined weight for different ingredients and allow them to mix accordingly with respect to the user defined recipe.

In a Solar power plant, data monitoring and logging is a crucial task. Using our Energy Monitoring system, Customer will monitor all inverters and fuse boxes and obtain real time data from solar power plant control room.

An Automated system has to be developed in order to inspect whether the electrodes responsible for welding are on the correct course or not. If any deflection is detected the course should automatically be adjusted in a precise , deterministic and quick manner.

Customer’s objective was to test wind turbine without having an actual wind mill. All the challenges that could be faced in actual were to be simulated on the test bench. This system needed large power to be handled, with high accuracy, generated in actual scenario and user defined testing.

CCD (Charge Coupled Device) detectors are used in Satellites for Topographical analysis of the Earth’s surface. These are especially designed for
aerospace applications and go through severe quality tests various stages before being flown. At the final stage of inspection, the CCD is tested on live data under
different light conditions to test characteristics of each pixel of the CCD. The detector had 12000 pixels divided into 8 ports. Frequency of the video output is decided by front-end electronics. Radiometer, External Pulse Generator and DMM are external instruments used in this test.

The key challenge for the application software is to integrate, control and monitor more than 350 instruments for a complete test chain. A user friendly GUI that must be easy to control all the test instrument, configure while test and monitor live test parameter from the single application software. Live test parameters should be displayed in table as well as graph mode. Safe shut down procedure must be implemented with audible alarm and popup displaying the cause of error in case of instrument fault.

Our Client developed Local Control Unit (LCU) for high power generation. It requires one prototype and 8 independent RF Sources, each with a capability to deliver constant output power. To meet the requirement, an R&D program has been launched to identify the final stage tube(Tetrode/Diacrode) for MW level RF amplifier, along with other critical components.

Customer works on Laboratory Plasma Experiments. Data acquisition system has been designed to fetch data from Plasma Probes to analyze the phenomena of Plasma generated during operations. System should be capable of fetching the minute details of the experiment to understand the behavior
of the Plasma.

Customer wanted to digitize and record the RF data at very high speed and volume. High volume data needed to be analyzed with various demodulation schemes and was to be displayed in application software which require adequate memory.

Automatic Test for HHF system has been developed for setting up required vacuum in the test chamber by using Vacuum pumping system and also ensure utilities like Chamber cooling pumps and Air compressor system are running while perform HHF test operation.

Web based conditioning monitoring of motor performance using modern equipment allows plant and facility managers to dictate their own down time, improve plant operation and quickly identify poorly performing equipment. Motor Current Signature Analysis is a diagnostic and technique that is used to analyze motors.

The Complete integrated solution is provided which can receive satellite modulated signal along with the functionality of recording the data in either Raw data or IQ Data. System is capable of receiving recording start-stop commands from antenna system. User can demodulate the recorded data, get the signal information and generate the report which consist of complete signal parameter information.

As the demand for wind energy continues to grow at exponential rates, reducing operation and maintenance (O&M) costs and condition monitoring is now a top priority. With low-cost, online condition monitoring systems that predict failures and maintenance requirements, it is possible to forecast maintenance activities and lower O&M costs.

Vision based system that capture the image of Tyre bead and processed through various algorithm and generate the profile which contain the vital information that used to correct the Tyre bead into target production.

Air vent is one of the interior parts of the vehicle. Customer required an automated test system to validate the air vent unit. Air vent is subjected to different positions: – Neutral, Top, Bottom, Left and Right.

Pressure-control valves are found in every hydraulic system in maintaining system pressures safely below a desired limit. Modern vehicle provides Anti-lock braking systems (ABS) helps drivers retain steering control by preventing wheels from locking up. Pressure control valve is one of the main components used in Braking system.

Client requires a test facility which can be operated with different openings or capacities. Each opening was provided with defined flow meters, torque meters, suction & discharge pressure gauges, and vibration & sound sensors to test their compressor.

Customer wanted a system which can precisely analysis and perform tests faster than their current testing system. Optimized Solutions has designed a complete automatic solution which can test various PCB models. The Solution includes test configuration, auto/manual testing, report generation, data storage, firmware uploading and printing barcode.

The product has to go through complex manufacturing process hence increasing the error possibility. Considering the number of models client manufactures, adds the complexity to test and validate the product. Additionally, client’s ability to either manufacture either an ODU or an IDU adds to the challenge. Take a look at how we solved this while delivering the perfect end to end solution to the client.

Customer has multiple test facility with diverse set of instruments, sensors and all different type of measurement and control. As such they wanted to develop automated and integrated system to simultaneously conduct performance tests on multiple test facilities by acquiring data from different field sensors such as flow, pressure, temperature, torque, power, and sound and vibration, sound, generate control signals to start stop different instruments , control valve and power supplies and generate calibration test reports for different test using single user interface. The client had never outsourced a program to this degree before.

Vibration measurement system developed for maintenance of the heavy instruments. System acquires the multipoint measurement of vibration & phase data, analysis of the vibration data like acceleration, velocity, displacement, envelope acceleration and phase difference between multiple points for motor shaft and bearing used in heavy instruments.

OSL delivered and implemented Energy management system on time and within allocated budget, providing the client with the ability to improve their operational efficiency. The solution was tested well over Five months and was highly appreciated by the client.

We delivered and implemented Energy management system on time and within the allocated budget, providing the customer with the ability to improve their operational efficiency, The solution was tested over Five months and well-accepted by the customer.

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